Summarization: The behaviour of Greek pre-dried lignite, four biomass materials and their blends in the devolatilization stage was investigated by thermogravimetry. Biomass was added in the percentages of 5, 10 and 20% wt. in the fuel blend. All the tests were carried out in nitrogen atmosphere under dynamic conditions at a heating rate of 10 °C/min. The kinetic parameters for the thermal conversion of the pure fuels were determined through the independent parallel, first-order, reaction model. No significant interaction was detected in the solid phase between the components of the coal–biomass blends, under the same experimental conditions.Presented on: Fuel Processing Technolog
WOS: 000346647100043PubMed ID: 25496955In this study, the combustion behavior of different kinds of ...
The devolatilisation behaviour of two pulverised lignites from Eastern Europe was investigated parti...
The interest of the steel industry in utilizing bio-coal (pre-treated biomass) as CO2-neutral carbon...
Devolatilization behavior of different coals and biomasses under heating conditions typical of conve...
Summarization: The aim of this work was to investigate the devolatilization and combustion behavior ...
Summarization: Biomass residues in the Mediterranean region come mainly from agricultural and agro-i...
Summarization: The combustion characteristics of various biomass fuels from the Mediterranean region...
The applicability of secondary fuels in practical plants (combustion, pyrolysis, gasification) requi...
The devolatilization is a basic mechanism for all thermochemical processes (pyrolysis, combustion, g...
In this study, an investigation was carried out into the thermal behaviours of peat, reed, lignite, ...
Biomass fuels represent a renewable energy source, they are CO2 neutral fuels, and their use reduces...
Summarization: The present study investigated the potential of using poor lignites from different se...
The devolatilization is a basic mechanism for all thermochemical processes (pyrolysis, combustion, g...
Summarization: This work aimed at investigating the ignition behaviour and the combustion characteri...
The thermal characteristics and kinetics of coal, biomass (pine sawdust) and their blends were evalu...
WOS: 000346647100043PubMed ID: 25496955In this study, the combustion behavior of different kinds of ...
The devolatilisation behaviour of two pulverised lignites from Eastern Europe was investigated parti...
The interest of the steel industry in utilizing bio-coal (pre-treated biomass) as CO2-neutral carbon...
Devolatilization behavior of different coals and biomasses under heating conditions typical of conve...
Summarization: The aim of this work was to investigate the devolatilization and combustion behavior ...
Summarization: Biomass residues in the Mediterranean region come mainly from agricultural and agro-i...
Summarization: The combustion characteristics of various biomass fuels from the Mediterranean region...
The applicability of secondary fuels in practical plants (combustion, pyrolysis, gasification) requi...
The devolatilization is a basic mechanism for all thermochemical processes (pyrolysis, combustion, g...
In this study, an investigation was carried out into the thermal behaviours of peat, reed, lignite, ...
Biomass fuels represent a renewable energy source, they are CO2 neutral fuels, and their use reduces...
Summarization: The present study investigated the potential of using poor lignites from different se...
The devolatilization is a basic mechanism for all thermochemical processes (pyrolysis, combustion, g...
Summarization: This work aimed at investigating the ignition behaviour and the combustion characteri...
The thermal characteristics and kinetics of coal, biomass (pine sawdust) and their blends were evalu...
WOS: 000346647100043PubMed ID: 25496955In this study, the combustion behavior of different kinds of ...
The devolatilisation behaviour of two pulverised lignites from Eastern Europe was investigated parti...
The interest of the steel industry in utilizing bio-coal (pre-treated biomass) as CO2-neutral carbon...